Methods - EnergyModelsInvestment extensions
Index
EnergyModelsGeography.constraints_capacity_installed
EnergyModelsGeography.update_objective
EnergyModelsGeography.variables_trans_capex
EnergyModelsInvestments.get_var_inst
EnergyModelsInvestments.has_investment
EnergyModelsInvestments.investment_data
EnergyModelsGeography
Methods
EnergyModelsGeography.update_objective
— MethodEMG.update_objective(m, 𝒯, ℳ, modeltype::EMB.AbstractInvestmentModel)
Create objective function overloading the default from EnergyModelsBase
for AbstractInvestmentModel
.
Maximize Net Present Value from revenues, investments (CAPEX) and operations (OPEX)
TODO:
* consider passing expression around for updating
* consider reading objective and adding terms/coefficients (from model object m
)
EnergyModelsGeography.constraints_capacity_installed
— MethodEMG.constraints_capacity_installed(
m,
tm::TransmissionMode,
𝒯::TimeStructure,
modeltype::EMB.AbstractInvestmentModel,
)
When the modeltype is an investment model, the function introduces the related constraints for the capacity expansion. The investment mode and lifetime mode are used for adding constraints.
The default function only accepts nodes with SingleInvData
. If you have several capacities for investments, you have to dispatch specifically on the function.
EnergyModelsGeography.variables_trans_capex
— MethodEMG.variables_trans_capex(m, 𝒯, ℳ,, modeltype::EMB.AbstractInvestmentModel)
Create variables for the capital costs for the investments in transmission.
Additional variables for investment in capacity:
:trans_cap_capex
- CAPEX costs for increases in the capacity of a transmission mode:trans_cap_current
- installed capacity for storage in each strategic period:trans_cap_add
- added capacity:trans_cap_rem
- removed capacity:trans_cap_invest_b
- binary variable whether investments in capacity are happening:trans_cap_remove_b
- binary variable whether investments in capacity are removed
EnergyModelsInvestments
Methods
EnergyModelsInvestments.get_var_inst
— FunctionEMI.get_var_inst(m, prefix::Symbol, tm::EMG.TransmissionMode)
When the transmission mode tm
is used as conditional input, it extracts only the variable for the specified transmission mode.
EnergyModelsInvestments.has_investment
— FunctionEMI.has_investment(tm::EMG.TransmissionMode)
For a given transmission mode tm
, checks that it contains the required investment data.
EnergyModelsInvestments.investment_data
— FunctionEMI.investment_data(tm::EMG.TransmissionMode)
EMI.investment_data(tm::EMG.TransmissionMode, field::Symbol)
Return the InvestmentData
of the transmission mode tm
or if field
is specified, it returns the InvData
for the corresponding capacity.